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Energy Savings 2020: How to triple the impact of energy saving policies in Europe?

Europe needs to triple the impact of its energy efficiency policies to achieve its 2020 targets set last year, according to a new study written by Ecofys and the Fraunhofer ISI. The study reveals that the potential exists to reach the 20 percent energy saving by 2020 goal cost-efficiently, cutting energy bills by € 78 billion for European consumers and businesses annually by 2020. However, current EU policy is delivering only one-third of the potential cost-effective savings measures. Increased energy savings will also warrant easier and less expensive achievement of a 20 percent share of renewables in the EU energy mix in 2020. The study was commissioned jointly by the European Climate Foundation (ECF) and the Regulatory Assistance Project (RAP).

Distribution and concentration of nutrients, carbon compounds and methane in water samples in the southern German Bight (North Sea) in February 2025 , during MOSES Sternfahrt 13

Previous Sternfahrten were mainly conducted in spring and summer. To cover the seasonal aspects more thoroughly, including a winter situation, Sternfahrt 13 was conducted in February 2025 (10–12 February). We used the RV Heincke (cruise HE653/2) instead of the RV Uthörn. The Heincke's draught is greater, so we could not reach all of our previous stations. Surface and bottom water samples were taken with a rosette; in the event of stratification in the water column, an additional sample was taken from the middle.

Bebauungsplaene Saarlouis/Beaumarais - Am Rech Nr.64_0

Bebauungspläne und Umringe der Kreisstadt Saarlouis (Saarland) Stadtteil Beaumarais:Bebauungsplan "Am Rech Nr.64_0" der Kreisstadt Saarlouis, Stadtteil Beaumarais

Potentiell TFA-emittierende Industriebetriebe (Datensatz)

Für die sehr persistente und sehr mobile Verbindung Trifluoracetat (TFA) werden die potentiell TFA-emittierenden Industriebetriebe dargestellt, die im Rahmen des Gutachtens „Trifluoracetat (TFA): Grundlagen für eine effektive Minimierung schaffen - Räumliche Analyse der Eintragspfade in den Wasserkreislauf“ (Laufzeit: August 2021-November 2022) ermittelt wurden. Wichtiger Hinweis: Informationen zu Industriebetrieben in Deutschland, die TFA direkt in die aquatische Umwelt emittieren, lagen nicht vor. Daher können keine Aussagen zur Relevanz des Eintragspfads Industrie für die TFA-Fracht in Fließgewässern in Deutschland und zum Standort TFA-emittierender Betriebe getroffen werden. Ob und in welchem Umfang die aufgezeigten Betriebe tatsächlich TFA in die aquatische Umwelt emittieren, kann an dieser Stelle nicht beantwortet werden. Hier wird daher lediglich die Lage der Betriebe in Deutschland dargestellt, welche laut der Angaben im E-PRTR-Register Betriebe sind, die Fluor oder Fluor-haltige Verbindungen emittieren oder nach Artikel 10 der REACH-Verordnung registriert sind. Die Daten lassen jedoch keine Rückschlüsse auf die tatsächlich im Betrieb produzierten und/oder verarbeiteten fluorierten Chemikalien zu. Genauere Hinweise befinden sich im Abschnitt Herkunft des Datenkatalogs.

Bebauungsplaene Gersheim/Bliesdalheim - Zum Rech 1. Änderung (OT Bliesdalheim)

Bebauungspläne und Umringe der Gemeinde Gersheim (Saarland), Ortsteil Bliesdalheim:Bebauungsplan "Zum Rech 1. Änderung (OT Bliesdalheim)" der Gemeinde Gersheim, Ortsteil Bliesdalheim

Bebauungsplaene Gersheim/Bliesdalheim - Zum Rech

Bebauungspläne und Umringe der Gemeinde Gersheim (Saarland), Ortsteil Bliesdalheim:Bebauungsplan "Zum Rech" der Gemeinde Gersheim, Ortsteil Bliesdalheim

Sedimentation velocity of morphologically diverse macrophytes and plastic particles

The dataset contains sedimentation velocity measurements for 22 morphologically diverse macroalgae species (n = 49), the seagrass Zostera marina (n = 3), and plastic particles of four distinct shapes (n = 16). Each sample was measured at least five times, with some measured up to seven times. Detailed morphological descriptions and images are available in the corresponding paper. Samples with a SampleID starting with "K" were collected in January 2023 from the Kiel Fjord, Germany (between Strande and Bülk light house, 54°26'57.4N 10°11'37.6E). U. gigantea was collected in June 2024 in Yerseke, Netherlands (51°30'09.0N, 4°02'39.7E). All other samples were collected in June 2024 at the same site from the Kiel Fjord as in 2023, as well as two additional locations (Schilksee, 54°25'16.3N 10°10'43.1E and Mönkeberg, 54°21'20.92N 10°10'41.97E). Sedimentation velocity measurements were conducted in plastic cylinders, allowing particles to sink 15 cm to reach their terminal sinking velocity before starting the measurements. The sinking time was recorded using a stopwatch, and sedimentation velocity was calculated by dividing the sinking distance by the elapsed time. Test with varying cylinder heights showed no significant differences in results. Macrophyte species measured: Fucus vesiculosus, Fucus serratus, Saccharina latissima, Gracilaria vermiculophylla, Ceramium virgatum, Vertebrata fucoides, Polysiphonia stricta, Spermothamnion repens, Ahnfeltia plicata, Furcellaria lumbricalis, Coccotylus truncatus, Delesseria sanguinea, Cladophora flexuosa, Cladophora sp., Rhodomela confervoides, Pyropia leucosticta, Ulva clathrata, Ulva linza, Kornmannia leptoderma, Bryopsis hypnoides, Acrosiphonia centralis, Ulva gigantea, and Zostera marina. The plastic particles include eight circular pieces of foil (disks), three table tennis balls, two plastic nets, and three rubber bands. The foil disks were cut to different diameters and some were punched with different numbers of small holes. The name of the foil circles indicates both their diameter and perforation level. For example, "Disk 40-1" had a diameter of 40 mm and was unpunched, where "1" denotes unpunched, "2" partially punched, and "3" heavily punched, "4" extremely heavily punched. The three tennis balls shared identical dimensions but had different mass densities due to the different level of replacement of air with seawater and glass beads in the tennis ball.

Member States' use of revenues from the auctioning of EU ETS allowances, 2020-2024

This metadata overs the dataset containing information on how EU Member States spend the revenues from auctioning EU ETS emission allowances in one calendar year. More information on the EU Emissions Trading System (EU ETS) can be found here. The revenues from the auctioning of these allowances represent an increasing income source for Member States. This data is being collected under Article 19 of the Governance Regulation. The Regulation’s aim is to help the EU reach its 2030 climate and energy targets by setting common rules for planning, reporting and monitoring. The Regulation also ensures that EU planning and reporting are synchronised with the ambition cycles under the Paris Agreement. Reporting is mandatory for EU Member States. Some information is only mandatory to report if the data is available.

Ressortforschungsplan 2024, Beyond Life Apex - Systematische Nutzung von Monitoringdaten im Chemikalienmanagement zur Belastung und Anreicherung von Stoffen in Spitzenprädatoren, Beutetieren und Umgebungsmedien

Anknüpfung an das EU LIFE APEX Projekt mit dem Fokus auf systematischer Nutzung von Monitoringdaten zur effizienten Ermittlung regulatorisch belastbarer Daten für die Identifizierung prioritärer Stoffe und zur Aufdeckung blinder Flecken in der Umweltbewertung. Mittels modernster Analytik sollen regulierungsbedürftige Chemikalien in terrestrischen und aquatischen Nahrungsnetzten identifiziert und ein Konzept und Leitfaden entwickelt werden, wie solche Monitoringdaten systematischer unter REACH u.a. Vollzügen genutzt werden können. Ein Schwerpunkt liegt auf anreichernden Stoffen, die mit etablierten Methoden der Bioakkumulationsbewertung nicht erfasst werden, beispielsweise sehr hydrophobe Stoffe oder solche die verstärkt in Luftatmern anreichern aber nicht in Fischen. Die Daten werden in Europäische Datenbanken (NORMAN/ IPCHEM) eingespeist, mit laufenden EU Projekten (z.B. PARC) vernetzt und unterstützen laufende Arbeiten aller Vollzüge sowie zur Bodenstrategie 2030.

Zusammenstellung von Gummiadditiven und messanalytische Bestimmung prioritärer Stoffe in Verbraucherprodukten

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